TiDE-Ab
Tamarind-hosted epitope-specific de novo antibody design workflow.
Developer: TiDE-Ab research authors (Kim et al.); Tamarind Bio hosting
Overview
- Developer
- TiDE-Ab research authors (Kim et al.); Tamarind Bio hosting
- Category
- antibody-specific design
- Commercial rights
- Unverified
- License fee
- Unverified
- Open weights
- Unverified
- Last verified
- 2026-10-18
- Added
- 2026-10-18
Capabilities
Tamarind public form accepts antigen structure, chain identifiers and target-hotspot residues, optionally antibody framework, and samples new CDR loop designs. No independently verified downloadable checkpoint or upstream model license was found during this review.
When to use it
Explore hotspot-guided antibody candidate generation on Tamarind when validated structural input is available; evaluate results independently and check platform pricing.
Compute
Compute category: hosted-service. See original installation instructions or platform terms for specific hardware costs and runtime.
Example use cases
- Explore hotspot-guided antibody candidate generation on Tamarind when validated structural input is available; evaluate results independently and check platform pricing.
Source-based workflow description. No experimental performance ranking is implied.
Known limitations
- Availability as a hosted task does not establish downloadable weights, a standalone code license, free service fees or a verified wet-lab binder.
Check the original linked sources and the terms of every model dependency.
Commercial licensing
Commercial permission — Unverified
Tamarind-hosted model; independent code, checkpoint and commercial licensing unverified.
Availability as a hosted task does not establish downloadable weights, a standalone code license, free service fees or a verified wet-lab binder.
Commercial fee — Unverified
No complete model + checkpoint + cloud compute + service charges have been verified. Public research software or downloadable weights do not imply a free commercial deployment.
Official references
Validate your designed binder.
Seq2Study coordinates expression, affinity, stability and developability testing for AI-designed antibodies and proteins.